> \startformula goes into displaymode so is used in cases like
>
> \startmixedcolumns[balance=yes]
> \placeformula\startformula 5^{-3} \colon 5^4 \stopformula
> \placeformula\startformula (2^{3})^{-2} \cdot 2^{-3} \stopformula
> \placeformula\startformula \frac{(-4)^2 \cdot 2^3}{2^{-2}} \stopform
On 9/21/2013 1:14 PM, Xan wrote:
By the other hand, the same with \startformula \stopformula makes that the
number of itemize is in one column and the formula in te other column.
How can I force that number of itemize and the formula will be in the same
column:
Simplifiqueu (potser sigui conv
By the other hand, the same with \startformula \stopformula makes that the
number of itemize is in one column and the formula in te other column.
How can I force that number of itemize and the formula will be in the same
column:
Simplifiqueu (potser sigui conveninent factoritzar el nombres més
I receive the following error:
system > lua > dumping
'/usr/local/bin/context/tex/texmf-cache/luatex-cache/context/5fe67e0bfe781ce0dde776fb1556f32e/fonts/otf/lmsans10-regular.tma'
into
'/usr/local/bin/context/tex/texmf-cache/luatex-cache/context/5fe67e0bfe781ce0dde776fb1556f32e/fonts/o
On 9/19/2013 9:49 PM, Xan wrote:
I will do, but \startitem \stopitem? Is it new? Should I do this way, not
only \item and just works?
bnoth are ok but I tend to use \startitem .. \stopitem
-
I will do, but \startitem \stopitem? Is it new? Should I do this way, not
only \item and just works?
Xan
On Thu, 19 Sep 2013 17:21:07 +0200
Hans Hagen ha escrit:
> On 9/19/2013 3:19 PM, Xan wrote:
> > Hi,
> >
> > With this minimal example:
> >
> > \starttext
> > \startitemize[a,columns,fo
On 9/19/2013 3:19 PM, Xan wrote:
Hi,
With this minimal example:
\starttext
\startitemize[a,columns,four]
\item $5^3$
\item $\left(\frac{2}{3}\right)^4$
\item $254^0$
\column
\item $\left(\frac{-8}{12}\right)^3$
\item $\left(-3\right)^5$
\item $\left(-50\right)^5$
\column
\item $\left(-10\right)
Hi,
With this minimal example:
\starttext
\startitemize[a,columns,four]
\item $5^3$
\item $\left(\frac{2}{3}\right)^4$
\item $254^0$
\column
\item $\left(\frac{-8}{12}\right)^3$
\item $\left(-3\right)^5$
\item $\left(-50\right)^5$
\column
\item $\left(-10\right)^7$
\item $0,2^3$
\item $\left(-0,2
